Table of Contents

Overview of the Project

The Cakerator is a machine that takes cake decorating to the next level. It utilizes user-provided SVG files to automate cake decorating, drawing, and writing, allowing for precise and creative designs.

Features

  1. SVG Input: The machine accepts SVG files.
  1. Icing Dispenser: This attachment acts like a high-precision piping bag, controlled by the machine to create smooth and even frosting layers, borders, and decorative elements based on the SVG design.
  1. Automated Turn Table Cake Platform: The cake sits on a platform that rotates and tilts according to the SVG instructions. This allows the toolhead to access all areas of the cake for a seamless and consistent decoration process.
  1. Food-grade Extruder: This interchangeable attachment acts like a pen, using edible ink cartridges to draw intricate details, write messages, or create artistic flourishes directly onto the cake's surface.
  1. Software Control: The Cakerator is controlled by user-friendly software to upload SVG files, choose frosting and pen colors, and initiate the decoration process. The software translates the design into G-code, which is then sent to GRBL for machine control.

Concept and Story

  1. Shared Interest: While her passion lies in baking, we as a team share a keen interest in engineering and machine building. Combining our skills and expertise, we saw an opportunity to collaborate on a project that would integrate both disciplines and address a real-world need within the baking community.
  1. Learning Opportunity: Developing the Cake Decorating Machine provided us with a valuable opportunity to gain practical experience in designing, building, and testing a machine from concept to completion.
  1. Problem Solving: Identifying the challenges faced by home bakers, particularly in the realm of cake decoration, sparked our collective problem-solving drive. We saw the opportunity to leverage automation and technology to streamline the cake decorating process and alleviate some of the burdens associated with manual decoration.
  1. Innovation: As a team, we're driven by a curiosity to explore new ideas and push the boundaries of what's possible. The Cakerator represents our commitment to innovation and our belief in the power of technology to enhance everyday experiences, even in the kitchen.
  1. Collaboration: Working as a team has been an enriching experience, allowing us to leverage each other's strengths and perspectives. Through collaboration and communication, we've been able to overcome challenges, iterate on ideas, and ultimately bring our vision for the Cakerator to life.

Research & Brainstorming

Writing down all the ideas and concepts that come to mind on a piece of paper or a board is the first stage in both group and individual projects. This aids in my comprehension and helps me see the project clearly
Me and my team wrote all the important thoughts that came to our minds on the whiteboard and transformed our thoughts into ideas.

Initial Sketch

Initial Form Factor

Then we had to draw a basic sketch in Fusion 360. This helps to work on the foam factor of the machine and divide the tasks among each member.

Project Management

  1. Initiation:

The project begins with the identification of the need for a cake decorating machine and the formation of the team. Clear objectives are established, including creating a precise, user-friendly, and automated device that enhances cake decoration.

  1. Planning:

Detailed planning involves defining project scope, setting milestones, allocating resources, and scheduling tasks. The team outlines the functionalities of the Cakerator, such as SVG input, icing dispenser, extruder, and turntable cake platform. A timeline is established to guide the development process, ensuring adherence to deadlines.

  1. Execution:

During this phase, the team implements the planned activities to construct the Cakerator. Tasks include designing the machine components, sourcing materials, assembling the device, and developing the software interface. Regular communication and coordination among team members are crucial to maintaining progress and addressing any challenges promptly.

  1. Monitoring and Control:

Project progress is monitored closely to track milestones, identify deviations from the plan, and address any issues that arise. Quality control measures are implemented to ensure that the Cakerator meets performance standards. Adjustments are made as necessary to stay within budget and schedule constraints.

Work Schedule

Timeline